ENTRY F1347 20180614 F068F134700000001 SUBENT F1347001 20180614 F068F134700100001 BIB 12 41 F134700100002 TITLE Differential cross section for elastic F134700100003 deuteron - proton scattering at the energy of F134700100004 700 MeV per nucleon. F134700100005 AUTHOR (A.A.Terekhin,V.P.Ladygin,Yu.V.Gurchin,A.Yu.Isupov, F134700100006 A.K.Kurilkin,P.K.Kurilkin,N.B.Ladygina,S.M.Piyadin, F134700100007 S.G.Reznikov,A.N.Khrenov) F134700100008 INSTITUTE (4ZZZDUB) F134700100009 REFERENCE (J,YF,80,594,2017) F134700100010 #doi:10.7868/S0044002717060216 F134700100011 (J,PAN,80,1061,2017) English translation F134700100012 #doi:10.1134/S1063778817060205 F134700100013 (R,JINR-P1-2017-33,2017) F134700100014 FACILITY (SYNCH,4ZZZDUB) Nuclotron F134700100015 INC-SOURCE Deuteron beam from the duoplasmatron source. F134700100016 DETECTOR (SCIN) Elastically scattered deuterons and protons F134700100017 were recorded by two pairs of detectors placed F134700100018 symmetrically with respect to the ion-guide axis. In F134700100019 addition to these detectors, two monitoring counters F134700100020 were used in order to detect products of quasielastic F134700100021 pp scattering (PP detectors). The DP counters were F134700100022 rotated over the angular range of Theta-lab =19 - 50 F134700100023 degrees. Each counter was a structure formed by a F134700100024 scintillation detector and a Hamamatsu H7416MOD F134700100025 photomultiplier tube that were connected by a light F134700100026 guide. The dimensions of the scintillators in the P, F134700100027 D, and PP counters were 20x60x20, 10x40x24, and F134700100028 50x50x10 mm, respectively. F134700100029 METHOD (TOF) F134700100030 SAMPLE Polyethylene target with 10 mu-m thickness and carbon F134700100031 target with 8 mu-m thickness were used. F134700100032 ERR-ANALYS (ERR-S) Statistical error includes the uncertainties F134700100033 in the number of elastic deuteron - proton events and F134700100034 the number of PP monitoring events. F134700100035 (ERR-SYS) The systematic uncertainty is determined by F134700100036 the procedure of CH2 - C subtraction, the Jacobian F134700100037 determinant for the transition, the solid angle of F134700100038 the deuteron detector and the normalization F134700100039 coefficient. F134700100040 STATUS (TABLE) Tables 2,3. F134700100041 (APRVD) Entry was approved by Dr. A.A.Terekhin. F134700100042 HISTORY (20180614C) F134700100043 ENDBIB 41 0 F134700100044 NOCOMMON 0 0 F134700100045 ENDSUBENT 44 0 F134700199999 SUBENT F1347002 20180614 F068F134700200001 BIB 1 1 F134700200002 REACTION ((1-H-1(D,EL)1-H-1,,DA)=(1-H-2(P,EL)1-H-2,,DA)) F134700200003 ENDBIB 1 0 F134700200004 NOCOMMON 0 0 F134700200005 DATA 5 28 F134700200006 EN ANG-CM DATA-CM ERR-S ERR-SYS F134700200007 MEV/A ADEG MU-B/SR MU-B/SR MU-B/SR F134700200008 650. 74.7 46.74 1.05 7.08 F134700200009 650. 75.3 46.99 0.99 8.49 F134700200010 650. 81.6 31.63 0.79 7.00 F134700200011 650. 82.2 38.44 1.05 6.08 F134700200012 650. 82.8 32.71 0.81 4.99 F134700200013 650. 95.7 19.66 0.94 3.14 F134700200014 650. 96.0 22.64 1.05 3.27 F134700200015 650. 105.3 18.17 0.83 5.22 F134700200016 650. 106.8 15.09 0.77 2.05 F134700200017 700. 71.2 36.33 1.20 5.07 F134700200018 700. 71.6 35.91 1.28 5.14 F134700200019 700. 72.3 35.01 1.79 7.05 F134700200020 700. 77.5 28.36 1.12 4.93 F134700200021 700. 82.1 25.12 1.16 4.12 F134700200022 700. 82.8 26.38 1.85 6.29 F134700200023 700. 86.7 13.78 0.91 2.11 F134700200024 700. 87.7 16.61 1.13 2.70 F134700200025 700. 88.4 17.29 1.16 4.21 F134700200026 700. 92.6 15.06 0.79 2.61 F134700200027 700. 93.3 12.98 0.76 2.08 F134700200028 700. 96.8 10.98 0.61 1.72 F134700200029 700. 98.2 11.43 0.67 1.92 F134700200030 700. 98.9 11.62 0.64 2.03 F134700200031 700. 102.0 8.15 1.26 2.13 F134700200032 700. 107.6 7.98 1.21 2.33 F134700200033 700. 110.8 9.77 1.58 2.86 F134700200034 700. 117.8 5.56 1.16 1.56 F134700200035 700. 119.5 7.12 0.83 1.47 F134700200036 ENDDATA 30 0 F134700200037 ENDSUBENT 36 0 F134700299999 ENDENTRY 2 0 F134799999999